C1326.18.01

Single conductor cables (Hook-Up Wire) are commonly utilized in a variety of consumer and industrial applications, ranging from the production of electronic products to the engineering and construction of infrastructure. In order to ensure the safe and reliable operation of such systems, the cables must meet a variety of standard specifications – such as the C1326.18.01.

C1326.18.01 is an international standard for single conductor cables (Hook-Up Wire) and outlines the requirements for their electrical characteristics, environmental safety, and other aspects. The scope of this standard encompasses cables with a core conductor of 0.2 – 10mm2 in copper or aluminium with single and/or multiple insulation layers.

C1326.18.01 applies to Single Conductor Cables (Hook-Up Wire) being used for low voltage general applications, such as for internal wiring of control systems, connection of measuring instruments, and acceptable connections between components and sub-assemblies in electrical equipment. The standard stipulates the validation tests used to evaluate the cables’ electrical properties, mechanical stability, temperature characteristics, and resistance to chemicals, moisture, and mechanical disturbance.

C1326.18.01 specifies the construction, aspect, and electrical performance of the cables, as well as other necessary requirements. It outlines the general requirements such as the allowable range for Rated Voltage, the physical properties of the core conductor, and the requirements of insulation material and sheath. It also specifies the different tests that must be performed to ensure that the cables are fit for the application at hand. These tests include tensile strength, flexibility, cold bending, cold continuing, bond strength, flame retardancy, and environmental stressing.

In general, C1326.18.01 provides a basis for the safe and reliable operation of single conductor cables (Hook-Up Wire). It is regularly updated to ensure that the cables are suitable for use in the latest applications and technology settings. This helps to guarantee the safe and efficient operation of control systems, diagnostic equipment, and other sensitive electronic systems.